Safe Pro Group and Norwegian People's Aid Report 800% Efficiency Gains in Ukraine Demining Using SpotlightAI Technology

Safe Pro Group Inc. (NASDAQ: SPAI) and Norwegian People's Aid have revealed preliminary results from an 18-month field study demonstrating the transformative impact of Safe Pro's SpotlightAI technology on humanitarian demining operations in Ukraine. The findings, presented at the 2025 GICHD Innovation Conference, show that SpotlightAI improved survey productivity by more than 800% while detecting 550% more unexploded ordnance per hectare compared to traditional methods.

The study also revealed that the AI-powered technology reduced survey costs by approximately 50%, representing a significant breakthrough in humanitarian demining efficiency. These results validate how Safe Pro's AI-augmented drone imagery and computer vision can revolutionize global demining efforts by dramatically enhancing accuracy, speed, and cost efficiency in dangerous clearance operations.

Safe Pro Group's technology platform leverages commercially available drones equipped with proprietary machine learning and computer vision technology to enable rapid identification of explosives threats. This approach provides a much safer and more efficient alternative to traditional human-based analysis methods, which often put demining personnel at significant risk. The company's scalable platform, built on a cloud-based ecosystem powered by Amazon Web Services (AWS), targets multiple markets including commercial, government, law enforcement, and humanitarian sectors.

The implications of these findings extend far beyond Ukraine's current demining needs. With an estimated 60 million people living in areas contaminated by landmines and explosive remnants of war worldwide, according to the Landmine Monitor, the potential global impact of this technology is substantial. The 800% productivity gain could dramatically accelerate clearance operations in conflict-affected regions, potentially saving thousands of lives and enabling faster return of agricultural land and infrastructure to productive use.

The cost reduction aspect is particularly significant for humanitarian organizations operating with limited funding. By cutting survey costs by roughly 50%, more resources can be allocated to actual clearance operations and victim assistance programs. This efficiency improvement could enable demining organizations to clear larger areas with the same budget or redirect savings to other critical humanitarian needs.

Safe Pro Group's integrated approach combines its Safe Pro AI software, Safe-Pro USA protective gear, and Airborne Response drone-based services to deliver comprehensive safety and operational efficiency solutions. The company's mission-driven focus on AI-enabled security and defense solutions positions it at the forefront of technological innovation in humanitarian response and security applications. Additional information about the company is available in their newsroom at https://ibn.fm/SPAI.

The collaboration between Safe Pro Group and Norwegian People's Aid represents a significant step forward in applying advanced technology to humanitarian challenges. Norwegian People's Aid, with its extensive experience in mine action and humanitarian work, provides the field expertise necessary to validate and implement these technological solutions in real-world conditions. The successful application in Ukraine's challenging environment suggests the technology could be effectively deployed in other mine-affected regions worldwide.

These findings come at a critical time when global landmine contamination remains a persistent threat to civilian populations. The demonstrated improvements in detection accuracy and operational efficiency could fundamentally change how humanitarian demining operations are conducted, potentially making previously impractical clearance projects feasible. As the technology continues to evolve and scale, it may set new standards for safety and effectiveness in the global effort to eliminate landmines and other explosive hazards.